You have been tasked with evaluating the situation and resolving the issues…

Wireless network users recently began experiencing speed and performance issues after access
point 2 (AP2) was replaced due to faulty hardware. The original network was installed according to a
consultant’s specifications and has always worked without a problem.
You, a network technician, have been tasked with evaluating the situation and resolving the issues to
improve both performance and connectivity. Refer to the following diagram and perform any
NECESSARY changes to the wireless and wired infrastructure by adjusting devices.
Note: Adjust the LEAST number of devices needed to fix the issue, all blue icons in the image are
clickable. When you feel the simulation is complete please select the Done button.

Wireless network users recently began experiencing speed and performance issues after access
point 2 (AP2) was replaced due to faulty hardware. The original network was installed according to a
consultant’s specifications and has always worked without a problem.
You, a network technician, have been tasked with evaluating the situation and resolving the issues to
improve both performance and connectivity. Refer to the following diagram and perform any
NECESSARY changes to the wireless and wired infrastructure by adjusting devices.
Note: Adjust the LEAST number of devices needed to fix the issue, all blue icons in the image are
clickable. When you feel the simulation is complete please select the Done button.

Answer: See the explanation

Explanation:
-Change the speed and duplex settings on AP2 only to 100 and full.
-Change the mode to G on AP2
-Change the channel to 6 on AP2

Since we know that the network was running perfectly before replacing AP2 we should start by
looking at this new device that was used to replace the old one. Here we see that the other AP’s
have hard coded the speed and duplex settings to 100/full, while AP2 is set to auto/auto.
Also, the other AP’s have been configured to use 802.11G, while AP2 is using 802.11B.
Finally the channel that AP2 is using overlaps with AP1 which can cause problems. Channels 1, 6,
and 11 are spaced far enough apart that they don’t overlap. On a non-MIMO setup (i.e. 802.11 a, b,
or g) you should always try to use channel 1, 6, or 11. Since AP1 is using 1, and AP3 is using 11, AP2
should be using 6.



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